Latest from Power

ID 319909889 © Media Whalestock | Dreamstime.com
Needles on automatic test equipment
325988743 © aleksei todosko | Dreamstime.com
id_325988743__aleksei_todosko__dreamstime
ID 10638070 © Brian Hoffman | Dreamstime.com
Wind turbines in approaching storm
Dreamstime_kpixmining_229797125
dreamstime_kpixmining_229797125
Dreamstime_svetlanadiacenco_325233820 and LEM
dreamstime_svetlanadiacenco_325233820_promo
Dreamstime_artinunprekmoung_279687205
carcharging_dreamstime_artinunprekmoung_279687205_
Dreamstime_Sven-Bachstroem_103783874
Underwater Dreamstime Sven Bachstroem 103783874 6410d330eb467

Quiescent Imaging for Deep-Sea Studies (Download)

March 14, 2023

Read this article online.

Deep-sea science has been a big user of underwater quiescent imaging, dating back to the 19th century. However, thanks to digital imaging, undersea imaging has taken a significant leap forward in this century—faster than in any previous time.

Quiescent imaging requires a user to initially set up a fixed-focus camera to record still or motion imaging over fixed time intervals with no further user interaction.

According to the National Oceanic and Atmospheric Administration (NOAA), more than 80% of the mysteries of the oceans haven’t yet been explored or even discovered. On that front, the Multidisciplinary Instrumentation in Support of Oceanography (MISO) Facility, at the Woods Hole Oceanographic Institution (WHOI), performs high-resolution subsea imaging which is at the heart of their research.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!